Semiconductor Power Component Architect

Company Description

The Bosch Group operates in most countries in the world. With over 400,000 associates, a career at Bosch offers a chance to grow an exceptional career in an environment that values diversity, initiative, and a drive for results. If you are interested in working on the cutting‑edge of technology, working at Bosch is the place for you! Bosch is expanding its semiconductor business with silicon carbide chips in the U.S. and plans to invest some $1.9 billion in the Roseville site in California in the coming years.

The first SiC semiconductors will be produced here on 200‑millimeter wafers as of 2026. We are committed to quality  environment celebrates diversity and promotes career progression. We seek highly‑skilled, creative, results‑oriented people who can look at technology from a new perspective and provide surprising insight. We are looking for candidates who want to shape and drive innovation at Bosch.

We are seeking a highly skilled and experienced architect for our silicon carbide power semiconductor team. The power‑component architect (PCA) will play a critical role in developing innovative power semiconductor components (SiC Power

MOSFET) for use in the automotive electronics of the future. As a PCA you will drive innovative product developments based on Silicon Carbide under tight timing with demanding customers in the automotive market. In doing so, you will be responsible for the development goals as part of a team of international experts. At the core, you will define the architecture of power‑components, derive specification limits and be responsible for the technical release process of the final device to internal and external customers.

Success in this role relies on intense collaborations with the team and a high degree of personal responsibility. You achieve development goals using new technologies and methodologies. Furthermore, you will support the evaluation of the feasibility of new devices from a technical and economic point of view. Moreover, you coordinate internal interfaces in development and production for the development of new products and their implementation in samples up to series production readiness.

Finally, you will be responsible for product support on the development side after series release, identifying root causes of failures, and collaborating with cross‑functional teams to drive continuous improvement in our processes. The ideal candidate will have a strong background in semiconductor physics and manufacturing, data analysis, along with the ability to work effectively in a dynamic and fast‑paced environment.

• Development of a power‑component architecture:
  Decomposition of the functionality and transfer of the product requirements into requirements for semiconductor chips.
• Derivation of MOSFET specifications based on qualification‑, characterization‑ and series production data.
• Selection of suitable test concepts for the verification and validation of product properties during the development phase, as well as for series production including deriving test specifications.
• Evaluation of the results from verification / validation regarding fulfilment of product requirements and, if necessary, derivation of improvement measures, as well as assessment of the impact of changes.
• Close coordination with the project manager and further interfaces to consider costs, deadlines and quality, and to assess project risks.
• Coordination of internal and external partners for sample build‑ups.
• Prepare and deliver mandatory release documents at aligned project milestones including specification and data sheets.
• Support of technical marketing activities (field application engineers).

• Completed university studies (Master’s) in semiconductor device physics, electrical engineering, or equivalent in education.
• 2‑4 years of direct experience in power components.
• Experienced in statistical data analysis, applied statistics and Design of Experiments (DOE).
• Programming skills for efficient data evaluation and analysis, e.g. Python or equivalent.
• Sound knowledge of the physics of semiconductor devices and their characterization;…